Evaluation of dynamic properties reveals the multiscale nature of electrolytic plasma processes, which can be described by three time constants separated by 2 3 orders of magnitude (minutes, seconds and milliseconds), corresponding to different groups of characteristics in the model.
The firing of neurons exhibits a strong correlation for bin widths of hundreds of milliseconds, corresponding to low frequency correlations.
To minimize delays, the subframe duration, that is TTI, is selected as short as 1 millisecond, corresponding to 14 OFDM symbols [2].
The spectroscopic changes in the first phase, which is complete within 20 ms, are indicative of efficient loading of heme onto the Y75 loop, while the slower phase, which lasts ≈1 s at 4 °C, reflects closure of the H32 loop and coordination of the heme iron by His32; accordingly, the H32A variant exhibits only the first millisecond phase corresponding to the loading of hemin onto the Y75 loop.
In our examples, a time window of 46.4 milliseconds is used, corresponding to samples at kHz, or, in musical terms, 1/32 note at 161.5 beats per minute.
The plots compare the interval between consecutive heart beats in milliseconds on the abscissa (1000 msec interval corresponding to a HR of 60 bpm) to time in seconds on the ordinate axis.
Each of the above features is computed on frames of duration, where is in samples, typically corresponding to milliseconds of audio.
Each of the speech signals and music signals in the learning phase is divided into consecutive analysis frames of length with hop size, where and are in samples, corresponding to 40 milliseconds and 20 milliseconds, respectively.
Each frame is composed of 42 OFDM symbols corresponding to 5 milliseconds.
For our implementation, the parameters that produced the best perceptual quality (32nd order LP filter for a 1024 sample frame, corresponding to about 23 milliseconds for 44.1 kHz sampling rate) were used for the full-band analysis.
Structure functions for Drosophila flight displacements exhibit power-law scaling behaviour with α≈0.9 when the time increment τ is less than about 1 second, or when the time increment τ, corresponding to the video sampling interval 33 milliseconds, is less than the average time to fly cross the arena in our experiments (minimally 3-seconds) (Fig. 2).
